Development of lightwave manipulation materials

Technologies that enable the precise manipulation of light energy, exemplified by solar energy conversion, represent a critical area of research. Currently, phosphors emitting visible light are widely used; however, there is growing demand for materials that can convert light into previously unutilized wavelength regions. To meet this demand, our group aims to develop novel materials that can convert electromagnetic waves using original materials and spectroscopic technologies and quantitatively evaluate their conversion efficiencies. By effectively using traditionally discarded energy, we aim to contribute toward the establishment of a sustainable society.​

Development of next-generation high-performance glasses

Glass is an essential material that is used in several applications that are intrinsic to modern life, such as in optical fibers and smartphone cover glasses. However, traditional glass is associated with certain limitations, such as brittleness and susceptibility toward cracking. Therefore, advanced glass components that overcome these limitations are in high demand across various industries. Our group focuses on the development of robust and crack-resistant glass through the use of proprietary techniques for surface-nanostructure modification and glass-composition optimization. Through the development of innovative glass materials, we aim to contribute toward the creation of advanced industries.